We build the tools. We also do the science.
NeuroNexus has engineered neural-interface technology for more than twenty years — and run our own funded research at the frontier the whole time, with partners like Harvard, Mayo Clinic, Purdue, and Philips. The field has published 5,000+ studies on our probes. We make the tools because we use them: the people who capture the signal know best how to read it.
A research organization, measured in decades.
Two decades at the frontier
More than twenty years pioneering neural-interface technology, from organoids to patients.
5,000+ publications
Peer-reviewed studies that cite NeuroNexus technology — across species, systems, and timescales.
1,000+ labs, six continents
Active labs run NeuroNexus probes, instruments, and software worldwide.
We work where the field is going.
NeuroNexus runs its own funded research at the edge of electrophysiology — not as marketing, but as method. We build probes, instruments, and software by using them on the hardest problems ourselves, which is why the guidance stays ahead of the field and the tools are shaped by the people who record with them. We are a working research organization, not a vendor with a lab attached. The people who capture the signal know best how to read it.
The programs we run
Peer-level, NIH-funded R&D collaborations — funded work that pushes the tools and the science together.
Organoid electrophysiology
Recording from brain organoids with a Harvard biology lab — among the hardest signals to capture, run end to end on Radiens.
Clinical intraoperative neuro-monitoring
Translational neuro-monitoring work with Mayo Clinic, from the bench toward the operating room.
Next-generation probes
Advancing neural-interface design and fabrication with Purdue.
Deep brain stimulation
A neuromodulation program with Philips Research.
What the field has found with our tools
Independent labs publish with NeuroNexus probes across species and systems. A few representative studies:
High-density hippocampus
The Buzsáki Group (NYU) records hippocampal circuits in rats and mice on 256-channel arrays — 63 publications on NeuroNexus probes.
Mapping the amygdala
Headley & Paré (Rutgers) built a custom 4-shank probe to span the basolateral amygdala in chronic rat. (Neuron, 2018)
Origins of the auditory brainstem response
Wang, Kral & Land (Hannover Medical School) localized ABR sources with topographic multichannel EEG. (J. Neurosci., 2025)
Neuromodulating the heart
The Ardell Group (UCLA) used epicardial grids to modulate cardiac rhythm in large-animal studies. (2022–2023)
And we run it on Radiens.
Our own NIH-funded organoid project — with a Harvard biology lab, PI Daryl R. Kipke, NeuroNexus's founder and CEO — runs end to end on Radiens: acquisition, analysis, and quality, on the same software we ship. It is also the work behind the organoid platform on our roadmap, so the proof and the direction are the same project. When we say Radiens is built by people who do the science, this is what we mean.
Frequently asked questions
Does NeuroNexus do its own research?
Yes. NeuroNexus runs its own NIH-funded research programs at the frontier of electrophysiology — peer-level collaborations spanning organoid recording (with a Harvard lab), clinical intraoperative neuro-monitoring (Mayo Clinic), next-generation probes (Purdue), and deep brain stimulation (Philips Research). We build neural-interface tools by using them on hard problems ourselves.
Is NeuroNexus technology used in serious research?
More than 5,000 peer-reviewed publications cite NeuroNexus technology, across species and systems — from high-density hippocampal recording in the Buzsáki Group at NYU, to custom amygdala probes at Rutgers, to auditory-brainstem source localization at Hannover Medical School, to cardiac neuromodulation at UCLA. The technology has been proven by the field for more than two decades.
Why does it matter that the toolmaker also does the science?
Because the guidance and the tools stay ahead of the field. NeuroNexus is a working research organization, not a vendor with a lab attached: we run funded programs at the edge, so our application scientists advise from current practice and our probes, instruments, and software are shaped by the people who record with them. As we put it: the people who capture the signal know best how to read it.
Does NeuroNexus run its own research on Radiens?
Yes. Our NIH-funded brain-organoid project runs end to end on Radiens — acquisition, analysis, and quality — the same software we ship to other labs. It is also the work behind the organoid platform on our roadmap. Radiens is dogfooded on our own frontier science before it reaches you.
How can my lab work with NeuroNexus?
NeuroNexus application scientists help equip a study — probes and protocols tuned to the preparation, custom geometries made to spec, and the full platform from probe to Radiens under one accountable partner. The fastest start is to talk to a scientist about your recording and your goals.